By Juha Pyrhonen, Valeria Hrabovcova, R. Scott Semken
This accomplished textual content examines present and rising electric force applied sciences. The authors in actual fact outline the main simple electric force suggestions and move directly to clarify an important information whereas retaining a high-quality connection to the idea and layout of the linked electric machines. additionally together with hyperlinks to a couple of commercial purposes, the authors take their research of electric drives past conception to ascertain a couple of useful points of electric force keep watch over and alertness.
Key positive aspects:
* presents a finished precis of all features of controlled-speed electric force know-how together with keep watch over and operation.
* dealing with of electric drives is solidly associated with the speculation and layout of the linked electric machines. extra perception into difficulties and services are illustrated with in actual fact comprehensible figures.
* bargains an realizing of the most phenomena linked to electric computing device drives.
* Considers the matter of bearing currents and voltage stresses of an electric force.
* contains updated idea and layout instructions, considering the latest advances.
This book’s rigorous assurance of theoretical rules and strategies makes for an outstanding advent to controlled-speed electric force applied sciences for electric Engineering MSc or PhD scholars learning electric drives. It additionally serves as an outstanding reference for training electric engineers seeking to perform layout, analyses, and improvement of controlled-speed electric drives.
Read Online or Download Electrical Machine Drives Control: An Introduction PDF
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Additional info for Electrical Machine Drives Control: An Introduction
Example text
Normally, insulated windings are set into stator slots that fall within the magnetic circuit.
Therefore, the electrical drives expert and the pump specialist should collaborate to select the best possible technology for the final drive. The motor drive, the pump, and the pipelines must work together to achieve optimal final drive efficiencies. Because electrical drives are more controllable than mechanical or hydraulic systems, their use in many fields of human activity is increasing. Moreover, since electrical drives are typically more energy efficient, they are becoming important from the point of view of energy efficiency.
The precise control of speed in response to varying load conditions offered by controllable electrical drives provides this ability. Presently, electrical drives are essential process components in a number of industrial areas, including the chemical industry; fabrication workshops; the plastics industry; the pulp, paper, and printing industries; the food and soft drink industries; mining; metals; and power plants. In addition, many electrical drives are being used for the heating, plumbing, and ventilation of buildings.